In the past, models for slope illuminance and irradiance for the United Kingdom and Europe have been developed by the present author. The present study was undertaken with a view to extend the above work for Japan using the data now emerging from the CIE International Daylight Measurement Programme. Kyushu University in Japan is the international co-ordinating centre for this programme. Intercomparison of model's structure for European and Japanese sites shows that there is a strong possibility for a generalised global model.
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References
1.
World Energy Council Energy for tornorraw's world - the realities, the real options and the agenda for achievement (London: Kogan Page) (1993)
2.
1995 Information please almanac (Boston: Houghton Mifflin) (1995)
3.
World Energy Council National energy data profile- JapanProc. 15th WEC Congress, Madrid (1992)
4.
World Energy Council National energy data profile- United KingdomProc. 15th WEC Congress, Madrid (1992)
5.
International Energy Agency Energy statistics of OECD Countries 1980-89 (Paris: IEA) (1991)
6.
Sekine Y Nuclear power generation in Japan - present status and future prospectsProc. Inst. Mech. Eng. Part A-J. Power and Energy 207(A4) 233-246 (1993)
7.
McKillop P., Itoi K., Strasser S., Powell B. and Takayama H.The agony and the aftershock in The Kobe quake - its economic impact on Japan and the worldNewsweek Int. Magazine (30 January 1995)
8.
Radio 4 phone-in program (London: British Broadcasting Corporation) (30 January 1995)
9.
The Japan Times3 (20 February 1995)
10.
Nakamura H.International Daylight Measurement Program Report produced for CIE TC-3.25 (Architecture Department, Kyushu University, Japan)(1993)
11.
Funaoka A., Shukuya M., Sugie K., Nakamura H. and Noguchi T.Present situation of energy utilisationJ Illum. Eng. Soc. Japan 77(4) 174-179 (1993) (in Japanese)
12.
Haas R.The value of photovoltaic electricity for societySolar Energy54(1)25-31(1995)
13.
Boubekri M. , Hulliv R.B. and Boyer L.L.Impact of window size and sunlight penetration on office workers' mood and satisfaction: A novel way of assessing sunlightEnvironment and Behaviour23(4) 474-493 (1991)
14.
Cox D.S.Is fluorescent lighting a problem for health?Health and Safety at Work28-29 (May 1985)
15.
Twidell J. and Brice R.Strategies for implementing renewable energyEnergy Policy20(5) 464-479 (1992)
16.
CibseGuide Volume A: Design Data (London: Chartered Institution of Building Services Engineers) (1986)
17.
Muneer T.Algorithms for estimating hourly solar irradiation on slopesBuilding Serv. Eng. Res. Technol.10(2) 81-83 (1989)
18.
Angus R.C. and Muneer T.Sun position for daylight models: Precise algorithms for determinationLighting Res. Technol.25(2) 81-83 (1993)
19.
Muneer T. and Saluja G S Abrief review of models for computing solar radiation on inclined surfacesEnergy Conv. Management25(4) 443-458 (1985)
20.
Commission Internationale de l'Eclairage The International Daylighting Measurement Programme (Vienna, Austria: CIE) (1991)
21.
Graham V.A. and Hollands K G TA method to generate synthetic hourly solar radiation globallySolar Energy44(6) 333-341 (1990)
22.
Muneer T.Solar irradiance and illuminance models for Japan II: Luminous efficaciesLighting Res. Technol.27(4)223-230(1995)
23.
Steven M.D. and Unsworth M.H.The angular distribution and inspection of diffuse solar radiation below overcast skies Quart. J. R. Met. Soc.106(1) 57-61 (1980)
24.
Muneer T.Solar radiation model for EuropeBuilding Serv. Eng. Res. Technol.11(4) 153-164 (1990)
25.
Muneer T. and Angus R.C.Daylight illuminance models for the United KingdomLighting Res. Technol.25(3) 113-124 (1993)
26.
Muneer T., Angus R.C. and Webb R.Daylight and solar radiation measurement and modelling at urban and suburban sites in Edinburgh ETSU S/N3/00123/REP (United Kingdom Department of Trade and Industry) (1995)
27.
Perez R., Seals R., Ineichen P., Stewart R. and Menicucci D.A new simplified version of the Perez diffuse irradiance model for the tilted surfacesSolar Energy39(3) 221-231 (1987)
28.
Perez R., Ineichen P. and Seals R.Modelling daylight availability and irradiance components from direct and global irradianceSolar Energy44(5) 271-289 (1990)
29.
Kambezidis H.D., Psiloglou B.E. and Guemard C.Measurements and models for total solar irradiance on inclined surface in Athens, GreeceSolar Energy53(2) 177-186 (1994)
30.
Santamouris M., Tselepidaki I. and Dris N.Evaluation of models to predict solar radiation on tilted surfaces for the Mediterranean regionSolar and Wind Technol.7(6) 585-589 (1990)
31.
Utrillas M.P. and Martinez-Lozano J.A.Performance evaluation of several versions of the Perez tilted diffuse irradiance modelSolar Energy53(2) 155-162 (1994)
32.
Littlefair P.J.A comparison of sky luminance models with measured data from Garston, United KingdomSolar Energy53(4) 315-322 (1994)
33.
Commission Internationale de l'Eclairage Guide to recommended practise for daylight measurement CIE Technical Report No. CIE108-1994 (1994)
34.
Liu B Y H and Jordan R.C.The inter-relationship and characteristic distribution of direct, diffuse and total solar radiationSolar Energy4(1) 1-19(1960)
35.
Orgill J.F. and Hollands K G TCorrelation equation for hourly diffuse radiation on a horizontal surfaceSolar Energy19(6) 357-360 (1977)
36.
Hay J.E.Study of shortwave radiation on non-horizontal surfaces Report 79-12 (Atmospheric Environment Services, Downsview , Ontario, Canada) (1979)
37.
Saluja G.S. and Muneer T.An anisotropic model for inclined surface solar irradiationProc. Inst. Mech. Eng.201(C1) 11-20 (1987)
38.
Moon P. and Spencer D.Illumination from a non-uniform skyTrans. Illum. Eng. Soc. London37707-726 (1942)
39.
Perez R., Seals R and Michalsky J Modelling skylight angular luminance distribution from routine irradiance measurementsJ. Illum. Eng. Soc.22(1) 10-17 (Winter 1993)
40.
Ruck N.Discussion on Modelling skylight angular luminance distribution from routine irradiance measurementsJ. Illum Eng Soc.22(1) 17 (Winter 1993)
41.
Mahdavi A., Berberidou-Kallivoka L., Matthew P. and Jen Tu KPrediction of daylight factors in realistic settings: A demonstrative case studyJ. Illum. Eng. Soc.22(1) 40-44 (Winter 1993)
42.
Nong L., Nakamura H., Koga Y. and Igawa N.Classification of daylight and solar radiation data into three categories of sky condition: Overcast skyProc. Second Lux Pacifica ConfBangkok ppC10-C15 (10-13 November 1993 )
43.
Enarun D. and Littlefair P.J.An assessment of overcast sky luminance models using measured data LightingRes. Technol.27(1) 53-58 (1995)
44.
Meteorological Office Solar radiation data for the United Kingdom (1951-75) Meteorological Office Report 912 (Bracknell: Meteorological Office ) (1980)
45.
Coulson K.L.Solar and terrestrial radiation (New York: Academic Press) (1975)
46.
Muneer T. and Saluja G.S.Correlation between hourly diffuse and global solar irradiation for.the UK BuildingSem. Eng. Res. Technol.7(1) 37-43 (1986)
47.
Muneer T. and Hawas M.M.Correlation between daily diffuse and global radiation for IndiaEnergy Conversion and Management24(2) 151-154(1984)